plotting

buzz.plotting

Functions

MIMObode(sys[, plotting_omega, ...])	Create a grid of Bode plots for a MIMO system.
addplotcolor(results, color)
makePlotFolder([setname])	Makes a folder to store the plots in if it doesn't already exist
plotDARM(results[, setname, test, ...])
plotHeatmap(results[, param, abs, setname, ...])
plotLoop(results, loop[, extraplots, ...])
plotNoise(result[, setname, test])
plotRMS(results[, extras, setname, ...])
plot_CLnoises(results[, setname, extra_fom, ...])
plot_gm_pm(HinfBounded_results[, setname, ...])
vega_plot(results[, setname, test, h2line, ...])

Details

MIMObode(sys, plotting_omega=None, omega_limits=None, UG_line=False, grid=True, **kwargs)

Create a grid of Bode plots for a MIMO system.

Parameters: sys (control.StateSpace or control.TransferFunction): The MIMO system. plotting_omega (np.array): The frequency range to plot. If None, it will be calculated automatically. omega_limits (list): The limits of the frequency range to plot. If None, it will be calculated automatically. UG_line (bool): If True, a line will be plotted at unity gain. grid (bool): If True, a grid will be plotted. **kwargs: Additional keyword arguments to pass to control.bode.

Returns: fig (matplotlib.figure.Figure): The figure object. axes (np.array): The axes objects.

addplotcolor(results, color)

makePlotFolder(setname='')

Makes a folder to store the plots in if it doesn’t already exist

plotDARM(results, setname='', test=False, plot_omega=None, total_darm=False)

plotHeatmap(results, param='pm', abs=True, setname='', test=False, save=True)

plotLoop(results, loop, extraplots=None, setname='', test=False, xlim=None, ylim=None, UG_line=False, save=True)

plotNoise(result, setname='', test=False)

plotRMS(results, extras=None, setname='', outlineparam='gm', text=False, test=False, plotrange=False, zero_current_range=True, f1line=False, h2line=False, xlim=None, ylim=None, ax_labels=None, title=False, cb2_label=None, save=True, heatmap=False, onlyCLstable=False)

plot_CLnoises(results, setname='', extra_fom=None, extra_only=False, scale=1, test=False, plot_omega=None)

plot_gm_pm(HinfBounded_results, setname='', f1line=False, text=False, xlim=None, ylim=None, test=True, io_scales=None)

vega_plot(results, setname='', test=False, h2line=True, size=600, plotrange=False)